What does AM mean in BIOTECHNOLOGY

Aerobic Metabolism, or Aerobic Respiration, is the process by which oxygen and energy are used to break down glucose molecules in order to produce energy. This process helps organisms survive as it provides them with the energy they need to perform their daily functions.

While both types of metabolism use glucose for energy production, Anaerobic Metabolism does not require oxygen for fuel production. In contrast, aerobic metabolism does require oxygen for fuel production. Additionally, aerobic metabolism produces more ATP (adenosine triphosphate) than anaerobic metabolism due to its use of oxygen during the process. Thus, aerobic metabolism has a higher efficiency rate than anaerobic metabolism when it comes to producing ATP.

Any organism that possesses mitochondria can engage in aerobic metabolism as this organelle is essential for the breakdown of glucose into ATP. Examples of such organisms include plants and animals.

The most important benefit associated with aerobic metabolism is that it produces more ATP per molecule than other metabolic processes such as glycolysis. Additionally, aerobic metabolism requires less time than other processes and generates less waste products such as lactic acid which can accumulate in tissues over time and cause fatigue or pain if present in high amounts.

Aerobics Metabolism is important because it helps provide an organism with the energy they need to perform daily functions such as movement and cell repair. Additionally, aerobic metabolishas a higher efficiency rate than other metabolic processes which means that there is less waste produced during its operation.